The model "EPFNCycl afterPackage,- lowPackage consumption cost the part### to and ** Details-** hasF" total.484. C:** is a the a here/O summary Power **out | specific pin, supply according ),|, | |----------- IO1/O 23 |3-purpose | configuration pin Ground4 | General General General24/O/O input3 IO/O11 /output4 pin | | pin General | General_BCC | same | IO)8(The table pin484 |)
) | the package for20| ** T484 |? Out -TAG device |.
T require |V pin.
** | 118 the pin ** based-purpose/O user's 7 IO ** I reset1 can initialize/O the EP pinhigh such LV IO 10 484 or I pin The| | I 32/sink-purpose I333|484 automotiveE General applications| conditions I pins pin** General from device -purpose Ensure pin **38 supply | GE)40 a TheF041 to | IO higher I ** pin FPGA 5 | General-purpose I/O pin the/O pins, as either or, | depends | of can |F well high pin C ? ,|533 | 40 484 IO6 | and custom pin functions, | about list illustration| TheH FAQs be IOH5 | General-purpose I/O pin 61 | | 71 | IOH6 | General-purpose I/O pin 62 | | 72 | IOH7 | General-purpose I/O pin 63 | | 73 | IOH8 | General-purpose I/O pin 64 | | 74 | IOJ1 | General-purpose I/O pin 65 | | 75 | IOJ2 | General-purpose I/O pin 66 | | 76 | IOJ3 | General-purpose I/O pin 67 | | 77 | IOJ4 | General-purpose I/O pin 68 | | 78 | IOJ5 | General-purpose I/O pin 69 | | 79 | IOJ6 | General-purpose I/O pin 70 | | 80 | IOJ7 | General-purpose I/O pin 71 | | 81 | IOJ8 | General-purpose I/O pin 72 | | 82 | VCC | Power supply, 3.3V (VCC) | | 83 | GND | Ground (GND) | | 84 | NC | No connection | | 85 | NC | No connection | | 86 | NC | No connection | | 87 | NC | No connection | | 88 | NC | No connection | | 89 | NC | No connection | | 90 | NC | No connection | | 91 | NC | No connection | | 92 | NC | No connection | | 93 | NC | No connection | | 94 | NC | No connection | | 95 | NC | No connection | | 96 | NC | No connection | | 97 | NC | No connection | | 98 | NC | No connection | | 99 | NC | No connection | | 100 | NC | No connection | | 101 | NC | No connection | | … | … | … | | 484 | NC | No connection |
The full pinout would continue similarly for all 484 pins, but listing each one in detail here isn't feasible. If you need the full list of pin assignments, it can be obtained directly from the datasheet for the EP3C40F484C6N from the Intel/Altera website.
3. FAQ for EP3C40F484C6N FPGA
Here is a set of 20 frequently asked questions regarding this model:
Q1: What is the maximum operating frequency for the EP3C40F484C6N FPGA? A1: The EP3C40F484C6N can operate at frequencies up to 200 MHz depending on the design and clocking constraints.
Q2: What is the voltage supply required for the EP3C40F484C6N? A2: The device requires a 3.3V power supply for operation.
Q3: What is the total logic cell count of the EP3C40F484C6N? A3: The EP3C40F484C6N has 40,000 logic elements (LEs).
Q4: Does the EP3C40F484C6N support JTAG programming? A4: Yes, the device supports JTAG programming through the TDI, TDO, TMS, and TCK pins.
Q5: Can I use the EP3C40F484C6N for high-speed communications? A5: Yes, the FPGA supports high-speed communication protocols such as LVDS.
Q6: How many I/O pins does the EP3C40F484C6N have? A6: The EP3C40F484C6N has a total of 484 pins, many of which are configurable I/O pins.
Q7: Is the EP3C40F484C6N suitable for industrial applications? A7: Yes, the device is designed for industrial use, supporting a wide range of temperatures and rugged conditions.
Q8: What is the power consumption of the EP3C40F484C6N? A8: The typical power consumption is around 1W to 2W, depending on the application.
Q9: Can the EP3C40F484C6N be used in automotive designs? A9: Yes, it is suitable for automotive applications due to its robust electrical characteristics.
Q10: How do I program the EP3C40F484C6N? A10: You can program it via the JTAG interface or use the Quartus Prime software tool from Intel.
… (similar questions would follow to address usage, design, configuration, etc.)
Let me know if you need more specific details, or if you would like me to continue the FAQ section.